INTRODUCTION
“It is our collective and individual responsibility to preserve and tend to the world in which we all live.”- Dalai Lama
Industrialization, widely regarded as a symbol of economic progress, signifies the transition of an economy from an agrarian base to one driven by industrial production. In India, this transition commenced in the post- independence period and gained significant Momentum following the economic liberation reforms of the 1990s. [1] Industrialization has played a decisive role in accelerating GDP growth, generating employment, expanding infrastructure, and festering modernization. However, this Rapid transformation has also produced unintended consequences. Among the most serious and insufficiently addressed outcomes is the adverse impact of industrial activity on human health, particularly affecting industrial workers and communities located in close proximity to industrial zones.
The expansion of industrial activity has resulted in a substantial rise in air, water, and soil pollution across major industrial regions in States such as Maharashtra, Gujarat, Odisha, Tamil Nadu, and Uttar Pradesh. [2] These environmental stressors have led to severe health consequences, including chronic respiratory illness, Cancers, Neurological disorders, Dermatological Conditions, water- borne diseases, and occupational injuries (WHO 2021 Air Pollution and Health Report) data from the Global Burden of Disease (GBD) studies consistently identify pollution as one of the leading environmental risk factors contributing to premature mortality in India (IHME, GBD 2019 Report). Furthermore, the World Health Organization estimates that nearly seven million deaths occur globally each year due to exposure to polluted air, with India emerging as one of the most affected developing countries (WHO Global Health Observatory, 2020). [3]
In response to these growing concerns, India has enacted a range of environmental and labour welfare legislations including the Environment (Protection) Act, 1986; the Air (Prevention and Control of Pollution) Act, 1981; the Water (Prevention and Control of Pollution) Act, 1974; the Factories Act, 1948; and more recently, the Occupational Safety, Health and Working Conditions Code, 2020. These statutes seek to regulate industrial operations, protecting public health, and promote sustainable development. Nevertheless, despite the existence of a comprehensive statutory framework, enforcement remains week due to institutional fragmentation, inadequate monitoring mechanisms, regulatory capture, and insufficient deterrent sanctions.
Consequently, judicial intervention has assumed a Central role in strengthening environmental governance in India. The Supreme Court and various High Courts have expanded the interpretation of Article 21 of the constitution to encompass the right to aa clean and healthy environment, thereby elevating environmental protection to the status of a constitutionally guaranteed human right.
Despite such judicial advancements, a significant gap, persists between legal principals and their practical implementation. Industrial compliance often remains superficial, environmental clearance procedures are largely procedural, and meaningful public participation in environmental decision making is limited. With increasing urbanisation and the expansion of industrial corridors under initiatives such as make in India, these regulatory challenges are Such as “Make in India”, these regulatory challenges are likely to intensify further.
Against this backdrop, the present paper examines the legal Framework governing the impact of industrialization on human health in India. It critically evaluates the effectiveness of existing laws, identifies enforcement challenges, analysis judicial responses, and proposes legal and policy reforms. The study aims to access whether India’s legal mechanism is adequate to safeguard public health in the in the face of rapid industrial expansion.
INDUSTRIALIZATION AND PUBLIC HEALTH IN INDIA: AN OVERVIEW
The public health consequences of industrialization in India are Complex and multidimensional. Rapid industrial expansion has intensified air, water, and soil pollution, increased exposure to hazardous Chemicals. Weakened occupational safety standards, and led to improper waste management practices. These factors have collectively contributed to a rise in respiratory illness, Cancers, congenital abnormalities, neurological disorders, dermatological conditions, and other chronic diseases. Industrial disasters such as Bhopal Gas Tragedy of 1984 continue to serve as stark reminders of the devastating health and environmental consequences of industrial negligence.
Empirical studies conducted by the Indian Council of Medical Research (ICMR) and other environmental health researchers have consistently reported higher disease prevalence in industrial clusters such as Vapi, Korba, and Kanpur. Workers employed in chemical, mining and heavy manufacturing industries are routinely exposed to carcinogenic substances and toxic particulates, resulting in occupational diseases such as silicosis, asbestosis, and lead poisoning. These health impacts extend beyond workers, affecting surrounding communities through contaminated water sources, degraded soil, and polluted air.
Ensuring that industrialization progresses without compromising public health is critical not only for human well-being but also for economic stability, environmental sustainability, social equity, and long -term development planning. Integrating health safeguards into industrial decision-making is essential for achieving inclusive and sustainable growth that benefits both present and future generations. Balancing economic development with environmental conservation remains a challenging yet indispensable responsibility, requiring the adoption of sustainable industrial practices that minimize long- term ecological and health damage.
A. Constitutional Right to a Clean and Healthy Environment
The Constitution of India, 1950, did not originally contain explicit provisions on environmental protection. However, over time, the right to a clean and healthy environment has been judicially recognized as an integral component of the Right to Life under Article 21, It states that “No person shall be deprived of his life or personal liberty except according to procedures established by law.” The Constitution (Forty-second Amendment) Act of 1976 incorporated Articles 48A and 51A(g), granting constitutional recognition to environmental protection. Article 48A states that “The State shall endeavor to protect and improve the environment and to safeguard the forests and wildlife of the country.” Article 51A(g) imposes a duty on every citizen to safeguard and conserve the environment. Defined as “It shall be the duty of every citizen of India to protect and improve the natural environment including forests, lakes, rivers, and wildlife and to have compassion for living creatures.”
Every person has the right to health, which is closely linked to a clean environment, just as Article 21 grants the right to live in a healthy environment. Numerous legal and human rights settings do acknowledge the link between the right to health and a healthy environment. Public and individual health can both benefit greatly from a clean and healthy environment. People’s well-being has been impacted by a variety of factors, including the quality of the air and water, the availability of green areas, and access to safe housing.
Several nations have recognized, either directly in their constitutions or via international accords, the right to healthy living style as a basic human right. The role that environmental variables have in promoting health and avoiding illness is another point of emphasis for the World Health Organization (WHO).
In Charan Lal Sahu vs. Union of India1 , the Supreme Court while upholding the validity of Bhopal Gas Leak Disaster Act, 1985, observed that the citizen’s right to pollution-free environment is protected under Article 21 of the Constitution of India. In Soman vs. Geologist2 restrictions imposed on mining as a precautionary measure were upheld by the Karnataka High Court, upholding the right of the people of the locality to have a decent environment flowing from Article 21 of the Constitution of India.
B. Data on Air Pollution and Human Health in India
Recent data underscores the severity of India’s air pollution crisis. The IQAir World Air Quality Report 2022 revealed that seven of the world’s ten most polluted cities are located in India, highlighting the scale of the public health emergency (IQAir, 2023). [4] Unlike developed nations with greater technological and financial capacity to mitigate pollution, developing economies such as India face compounded challenges including air pollution, water scarcity, and food insecurity (Polash Mukerjee & Jessica Korsh, 2022). [5]
In response, the Government of India launched the National Clean Air Programme (NCAP) in 2019, aiming to reduce PM2.5 and PM10 levels by 20–30% by 2024, compared to 2017 levels, across 102 non-attainment cities (Central Pollution Control Board, 2017). Despite these initiatives urban air quality continues to deteriorate. Protective practices such as prolonged mask usage have become common, although studies indicate that certain masks may trap moisture and bacteria, potentially aggravating respiratory conditions (T.K. Bedi & Shankha P. Bhattacharya., 2024).
In 2022, Bhiwadi in Rajasthan, identified as India’s most polluted city, recorded PM2.5 concentrations of 92.7 μg/m³, far exceeding WHO guidelines. Approximately 60% of Indian cities surveyed exceeded WHO PM2.5 limits by more than seven times (IQAir, 2023). Despite having new monitoring stations in Darbhanga and Asopur, 12 out of the 15 most polluted cities in Central and South Asia in both 2021 and 2022 were located in India. [6] The Global Burden of Disease Report (2019) ranks air pollution as the second leading cause of disease burden in India, imposing an estimated economic cost exceeding USD 150 billion annually (Pandey, Anamika et al., 2021). [7]
The World Health Organization estimates that air pollution causes nearly 7 million deaths globally each year, with over 1.2 million deaths occurring annually in India alone. [8] Further, the Air Quality Life Index (2024) reports that air pollution reduces average life expectancy in India by approximately three years, rising to 5.4 years in Northern India, making PM2.5 exposure more life-shortening than smoking, alcohol consumption, or malnutrition (Air Quality Life Index, 2024). [9]
Statistical Data on Industrialization and Human Health in India (2017–2022)
Table: Key Indicators of Industrialization-Linked Health Impacts in India (2017–2022)
| Year | Average PM2.5 Concentration (µg/m³) | Estimated Annual Deaths Attributed to Air Pollution | Percentage of Population Exposed to PM2.5 > 40 µg/m³ | Notable Health Impacts |
|---|---|---|---|---|
| 2017 | 89.9 | 670,000 | 76.8% | Increased respiratory and cardiovascular diseases |
| 2018 | 88.0 | 680,000 | 75.0% | Rise in chronic bronchitis and asthma cases |
| 2019 | 85.0 | 690,000 | 73.5% | Higher incidence of lung cancer and heart diseases |
| 2020 | 60.0 | 650,000 | 65.0% | Slight improvement due to lockdowns; however, health impacts persisted |
| 2021 | 58.1 | 640,000 | 60.0% | Continued health risks despite marginal improvements |
| 2022 | 53.3 | 630,000 | 60.0% | Ongoing health concerns with marginal PM2.5 reduction |
Interpretation and Analysis
The data from 2017 to 2022 reveals a persistent and systematic challenge in controlling air pollution and mitigating its adverse health impacts in India. Although there has been a gradual reduction in average PM2.5 concentrations—from 89.9 µg/m³ in 2017 to 53.3 µg/m³ in 2022—these levels continue to remain far above the World Health Organization’s recommended limit of 5 µg/m³. As a result, a significant proportion of the population remains exposed to hazardous air quality, leading to serious and long-term health consequences. The estimated number of deaths attributable to air pollution has remained alarming high, declining only marginally from approximately 670,000 in 2017 to 630,000 in 2022. This limited improvement highlights the inadequacy off existing regulatory and policy measures and underscores the need for sustained, comprehensive, and health centric interventions. The burden of pollution related illnesses, including respiratory disorders, cardiovascular diseases and other chronic conditions, continues to fall disproportionately on vulnerable groups such as children, the elderly, industrial workers, and individuals with pre-existing health conditions.
In the broader context of rapid globalisation and industrialisation, environmental degradation- particularly in the form of air pollution has emerged as a critical public health and governance concern, while environmental protection and ecological conservation are not new concepts, their urgency has intensified in the contemporary industrial era due to the scale and complexity of environmental harm. In this regard, the judiciary has played a pivotal role as a constitutional safeguard, advancing environmental justice through progressive interpretation of the right to life and by holding polluters accountable for environmental damage. Judicial interventions have not only provided relief to affected communities but have also contributed significantly to the development of environmental jurisprudence in India. However, the continued prevalence of high pollution levels indicates that judicial action must be complemented by stronger executive enforcement, institutional accountability, and proactive policy reforms to achieving meaningful and lasting improvements in public health outcomes.
C. Literature Review
1. Patnaik (2018) [10]
Patnaik (2018) explores the contrasting nature of industrialisation, observing that while it contributes significantly to economic development, it also places considerable strain on ecological systems. Focusing on the Puducherry region and using casual chain analysis, the study argues for environmentally sustainable industrial practices that are sensitive to local conditions and capable of balancing development with ecological preservation.
2. Farooq, Parveen & Sahibzada (2020) [11]
This study examines the long-term relationship between industrialisation, urbanisation, and energy consumption in India from 1975 to 2018. Their findings indicate that urban expansion and increased energy use substantially aggravate environmental degradation, particularly through higher carbon emissions, while industrialisation alone shows a comparatively weaker impact. The study underscores the need for integrated policy reforms in urban planning and energy management.
3. D’Souza & Peretiatko (2002) [12]
This study highlights that both small and large-scale industries contribute to environmental pollution; however, small enterprises emerge as major polluters due to limited investment in pollution control measures. The study attributes this to profit oriented decision making, weak enforcement mechanisms, and regulatory corruption, all of which undermine environmental protection efforts.
4. Mohan & Pabreja (2020) [13]
It analyses the role of public hearings in the environmental clearance process, emphasising their importance as tools of participatory governance, The authors note that procedural shortcomings and inadequate public engagement often lead to disputes and judicial intervention, reflecting systematic weaknesses in environmental decision making.
5. Kopas (2022) [14]
It demonstrates that political alignment at local levels significantly influences the speed and approval of environmental clearances. The study reveals how political connections can facilitate industrial approvals despite environmental risks, highlighting the role of informal power structures in shaping regulatory outcomes.
6. Pande & Sudarshan (2019) [15]
It assesses environmental clearance procedures in the mining sector and advocate the use of remote sensing and satellite data alongside administrative records. Their study shows that technology driven transparency can strengthen regulatory oversight, particularly in contexts, where institution capacity is limited.
7. Sibani Ghosh (2016) [16]
It critically evaluates India’s environmental clearance framework, pointing out conflicting interests among stakeholders and ambiguities in regulatory design. The study observes that these structural weaknesses often delay justice and compromise transparency in environmental governance.
8. Kim (2006) [17]
The author in a comparative study of East Asian economies, argues that rapid industrial growth without ecological safeguards leads to unsustainable development. The author stresses the importance of ecological planning, pollution control, and land use regulation to prevent irreversible environmental damage.
9. Pandya & Didwania (2021) [18]
This paper focus on deforestation in India driven by rapid urbanisation and industrial expansion. The study identifies gap in policy implementation and enforcement, calling for stronger forest regeneration measures and stricter regulatory oversight.
10. Olowoyeye (2021) [19]
The article examines the consequences of accelerated industrial development and deforestation in Nigeria, highlighting their role in causing extensive environmental damage such as pollution, soil erosion, and loss od biodiversity. It identifies ineffective regulatory enforcement and weak governance of natural resources as key factors contributing to these problems. The study advocates for the adoption sustainable measures, including afforestation initiatives, improved waste management systems, and strengthened institutional mechanisms to reduce environmental degradation.
11. Lanly (2003) [20]
It explains that deforestation in tropical regions is largely driven by agricultural expansion and livestock activities. The author emphasises the need for improved forest inventory systems, and scientific land use planning to ensure sustainable forest management.
12. Bhopal Gas Tragedy – WHO / The Lancet Report (2004) [21]
It documents the catastrophic health and environmental consequences of industrial negligence. It highlights regulatory failure and inadequate safety standards, warning that despite policy reforms since 1984, poorly regulated industrial growth continues to pose serious public health risks in India.
D. Statement of the Problem
In recent times, the place of industrial growth in India has significantly exceeded the capacity of existing environmental governance mechanisms, exposing serious gaps in regulatory implementation. Although environmental authorities operate at both the central and state levels, overlapping mandates, procedural delays, and administrative inefficiencies often blur accountability, enabling polluting industries, to evade effective scrutiny. Environmental decision making continuous to follow a predominantly top- down approach, with limited consideration of community concerns and insufficient use of health impact assessments during project approvals. The concentration of industrial clusters near densely populated regions further heightens public exposure to environmental and health risks. Yet, there is no comprehensive system to monitor the long term and cumulative health impacts on affected populations. The lack of an integrated environmental and public health data framework hampers evidence-based policy making and weakens Judiciary evaluation of environmental harm. Additionally, deficiencies in pollution monitoring technologies and digital compliance systems reduce the effectiveness of early warning mechanisms, indicating that the present legal and regulatory framework is ill-equipped to address the evolving environmental and public health challenges associated with rapid industrialisation.
LEGAL FRAMEWORK GOVERNING INDUSTRIALISATION AND HEALTH
India has developed and extensive legal framework to regulate industrial pollution and protect occupational health. However, this framework remains fragmented in growth design and implementation. Several laws address different aspect of environmental protection and workers safety, often operating in isolation rather than as a cohesive system.
A. Environment Protection Act, 1986
The environment Protection Act, 1986 was a enacted in the aftermath of the Bhopal gas tragedy with the objective of providing a comprehensive framework for environmental protection. The act empowers the Central Government to prescribe standards for emissions, regulate hazardous substance, and take preventive and remedial measures against environmental pollution. Nevertheless, the legislation does not expressly integrate public health considerations, leaving the protection of human health largely dependent on the discretion and efficiency of regulatory authorities.
B. Factories Act, 1948
The factories Act, 1948 seeks to ensure the health, safety and welfare of industrial workers by mandating standards related to workplace cleanliness, ventilation, waste disposal, control of dust and fumes, and periodic medical examinations. While the act forms the backbone of occupational health regulation in India, its applicability is restricted mainly to registered factories, thereby excluding a significant portion of informal and unorganized industrial units from its protective ambit.
C. Air (Prevention and Control of Pollution) Act, 1981 & Water (Prevention and Control of Pollution) Act, 1974
The Air and Water Pollution Control Acts establish Central and State Pollution Control Boards tasked with regulating Industrial emissions and effluent discharges. These statutes provide mechanisms for consent, monitoring and enforcement. However, their effectiveness is often undermined by inadequate institutional capacity, outdated monitoring infrastructure, and undue influence exerted by Industrial interests.
D. Hazardous Wastes (Management and Handling) Rules, 1989 and Biomedical Waste Management Rules, 2016
These rules govern the handling, treatment, and disposal of hazardous and biomedical waste, recognizing the serious health risk posed by improper waste management. Despite clear regulatory requirements, complaints remain inconsistent, particularly among small scale industries and healthcare establishments, thereby posing continuing threat to environmental and public health.
E. The National Green Tribunal Act, 2010
The National Green Tribunal Act, 2010 establish the NGT as a specialised judicial body for the speedy resolution of environmental disputes. The tribunal has played a crucial role in enforcing environmental standards, awarding compensation, and issuing directions, that directly affect public health outcomes. Nonetheless, limitations relating to jurisdiction, execution of orders, and access to justice continue to pose challenges.
ROLE OF REGULATORY AUTHORITIES
Effective regulation of industrial pollution and occupational health largely depends on the performance of administrative institutions tasked with enforcement and monitoring.
A. Central and State Pollution Control Boards (CPCB and SPCBs)
The CPCB and SPCBs serve as the primary agencies responsible for implementing environmental laws. Their functions include granting operational consents, monitoring pollution levels, and initiating legal proceedings against non-complaint industries. However, these bodies frequently suffer from limited autonomy, inadequate funding, shortage of skilled personnel, and technical constants, which collectively weaken enforcement outcomes.
B. Directorate General Factory Advice Service and Labour Institutes (DGFASLI)
DGFASLI provides technical guidance on occupational safety and health standards and supports labour departments in policy formulation. Despite its advisory role, the agency has limited enforcement authority, and coordination with state labour machinery often remains fragmented and inconsistent.
C. Ministry of Environment, Forest and Climate Change (MoEFCC)
The Ministry of Environment, Forest and Climate Change is responsible for framing national environmental policies, issuing regulations and overseeing environmental clearances. While it plays a Central role in environmental governance, it has faced criticism for prioritizing industrial growth and ease of doing business over stringent environmental and health safeguards.
CHALLENGES IN THE LEGAL AND REGULATORY FRAMEWORK
Despite the presence of multiple laws and institutions, several systemic challenges continue to undermine effective regulation of industrial health hazards.
A. Fragmented Legislation
The coexistence of multiple overlapping laws often results in jurisdictional ambiguities and regulatory duplications. For instance, air quality regulation falls under both the Environment (Protection) Act and the Air Act, leading to coordination gaps and enforcement inefficiencies.
B. Weak Enforcement Mechanisms
Regulatory authorities frequently lack adequate manpower, financial resources and technical expertise to monitor industrial activities, effectively, particularly in geographically remote and rural regions.
C. Informal Sector Exclusion
A substantial segment of India’s industrial workforce operates within the informal sector, which largely remains outside the scope of formal occupational health and environmental regulations, leaving workers vulnerable to unsafe conditions.
D. Political and Corporate Influence
Industrial entities often exert political and economic influence over regulatory agencies, resulting in underreporting of violations, delayed action, and imposition of nominal penalties that failed to deter non- compliance.
E. Lack of Public Awareness and Participation
Communities affected by industrial pollution frequently lack access to information, legal awareness and institutional support necessary to sick effective remedies, thereby limiting public participation in environmental governance.
JUDICIAL INTERPRETATION AND THE RIGHT TO HEALTH
Indian courts have played a great role in shaping environmental and health jurisprudence through expansive interpretations of Article 21 of the constitution (Right to Life)
A. Union Carbide Corporation v. Union of India (1990)3– Bhopal Gas Tragedy
The supreme Court ordered a settlement of $470 million for victims, but the compensation was criticized as inadequate. The case spotlighted gaps in legal preparedness and the need for corporate liability mechanisms.
B. M.C. Mehta Cases
Most of the PILs filed by M.C. Mehta led to many landmark judgments:
• Oleum Gas Leak Case (1986)4: Established the principle of absolute liability for industries engaged in hazardous activities.
• Ganga Pollution Case5: Resulted in closure of tanneries and enforcement of pollution norms.
• Vehicular Pollution Case6: Led to CNG mandates in Delhi and restructuring of urban transport policy.
C. Vellore Citizens Welfare Forum v. Union of India (1996)7
This case has introduced the “Polluter Pays Principle” and “Precautionary Principle” into Indian environmental jurisprudence.
D. Tamil Nadu Pollution Control Board v. Sterlite Industries (I) Ltd. (2019)8
The NGT, followed by the supreme court, ordered the closure of a copper smelting plant in Tamil Nadu in response to persistent pollution and serious public health concerns. This intervention highlights the crucial role of the judiciary in addressing failures of the legislative and executive branches; however, it also underscores that judicial action alone cannot substitute the need for comprehensive and sustained regulatory reforms.
E. The Indian Council of Enviro-Legal Action v. Union of India, 19969
The Supreme Court held that chemical industries are major polluters and must be subjected to strict scrutiny and regulation, irrespective of size or scale. The Court directed that such industries be monitored more rigorously by the government due to their high environmental risk.
In Chhetriya Pradushan Mukti Sangharsh Samiti v. State of U.P.10, Chief Justice Sabyasachi Mukerji stated that every citizen has a fundamental right to enjoy a good quality of life, as envisioned under Article 21 of the Indian Constitution.
Similarly, in Subhash Kumar v. State of Bihar11, Justice K.N. Singh elaborated that the right to life also encompasses the right to pollution-free air and water, essential for fully enjoying life.
INTERNATIONAL COMPARISONS AND LESSONS
Countries like Germany and the U.S. have integrated occupational health deeply into their industrial regulation. The U.S. Occupational Safety and Health Administration (OSHA) and the European Union’s REACH regulation demonstrate the importance of proactive and participatory regulatory models. India can learn from all these frameworks by adopting stricter penalties, ensuring access to environmental information, and fostering public participation in industrial governance.
CONCLUSION
Industrialization is indispensable to India’s development trajectory, but it must not come at the cost of human health. The current legal framework, while extensive, is marred by weak enforcement, institutional inertia, and limited public involvement. A holistic approach combining legislative reform, judicial activism, institutional strengthening, and community engagement is essential.
The findings of this study suggest that sustainable industrial growth in India is possible only when environmental protection and human health are treated as integral components of development policy rather than collateral concerns. Effective implementation of laws, community participation, real-time monitoring, technological innovation and stronger legal deterrents are essential for achieving this balance. As India moves toward its climate and development commitments, adopting a holistic legal strategy, that links environmental compliance with public health safeguards becomes imperative.
Maintaining a clean and healthy environment is not solely the government’s responsibility but a shared duty of all citizens. In conclusion, it can be affirmed that a clean and healthy environment is a fundamental human right accessible to every individual. However, environmental degradation caused by people’s disregard for nature has adversely impacted human health.
Legal scholars, policymakers and civil society must work together to create a regulatory environment where industrial growth and public health protection and not mutually exclusive. The recommendations outlined in this paper aimed to contribute toward a more balance, legally sound, and health-conscious model of industrial development in India.
RECOMMENDATIONS
1. Strengthening Legal and Regulatory Frameworks
• Introduce a unified Environmental Health protection legislation that directly connects pollution control measures with public health outcomes.
• Enforce more stringent sanctions, including criminal liability against industries that repeatedly violate environmental norms.
• Make Health Impact Assessment (HIA) a compulsory component of the Environmental Impact Assessment (EIA) process for industries posing high environmental and health risks.
2. Institutional Reforms and Capacity Building
• Strengthen the functional independence of the SPCB and CPCBs by enhancing their financial resources, staffing levels, and administrative autonomy.
• Create specialized Environmental Health divisions within regulatory institutions to focus specifically on health-related impacts of pollution.
• Implement centralized digital systems for real time monitoring and compliance reporting to improve transparency and enforcement efficiency.
3. Expanding Monitoring and Surveillance Infrastructure
• Extend air, water, and soil quality monitoring networks to include Tier-2 and Tier-3 cities as well as the outskirt of urban industrial belts.
• Utilize mobile monitoring units to access pollution levels in identified hotspots.
• Establish a national repository integrating health and environmental data to support regulatory decisions and informed policy making.
4. Addressing Informal and Small-Scale Industries
• Bring unregistered and small-scale industries under pollution compliance mechanisms.
• Develop low-cost pollution control technologies for MSMEs.
• Provide cluster-based common treatment facilities.
5. Technology Adoption and Financial Incentives
• Offer subsidies and tax incentives for clean technologies and renewable energy transition.
• Promote zero-liquid discharge, low-emission technologies, and circular economy practices.
• Promote the effective implementation of the Extended Producer Responsibility (EPR) for polluting sectors.
6. Public Awareness and Community Empowerment
• Launch nationwide campaigns on environmental health risks and citizen responsibilities.
• Mandate community participation in local environmental decision-making.
• Implement public grievance redressal platforms for reporting environmental violations.
7. Transparency, Accountability & Whistleblower Protection
• Provide statutory protection to environmental whistleblowers.
• Introduce third-party audits for pollution control compliance.
• Enable online public disclosure of pollution data by industries.
8. Environmental Justice & Equity-Based Policies
• Prioritise environmental safeguards for pollution affected and vulnerable communities.
• Ensure quicker access to justice through strengthened environmental courts.
• Embed intergenerational equity in environmental policymaking.
9. Integration of Health & Environment Governance
• Link public health surveillance with environmental monitoring systems.
• Train healthcare staff to identify and report pollution-related illnesses.
• Create specialised medical guidelines for pollution-induced diseases.
10. Climate Resilience and Industrial Transition
• Align industrial policy with Net-Zero 2070 roadmap. [22]
• Introduce just-transition schemes for polluting industries adopting greener alternatives.
• Encourage green skill development programmes for workforce reallocation.
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Footnotes
1. (1990) 1 SCC 613 (India).
2. 2004 (3) KLT 577 (India).
3. AIR 1990 SC 273 (India).
4. 1987 AIR 1086 (India).
5. 1988 (1) SCC 471 (India).
6. 1991 SCR (1) 866 (India).
7. 1996 (5) SCC 647 (India).
8. AIR 2019 SC 1074 (India).
9. AIR 1996 SC 1446 (India).
10. 1990 AIR 2060 (India).
11. 1991 AIR 420 (India).